Our
Research
Focus
Exploring the frontiers of nanophotonics and metamaterials to engineer the future of light-based technologies.
Advanced Metamaterials
Designing and fabricating metamaterials with tailored electromagnetic properties for applications in cloaking, super-resolution imaging, and advanced antennas.
Learn MoreNanophotonics & Plasmonics
Investigating light-matter interactions at the nanoscale to develop novel sensors, enhanced solar cells, and next-generation optical communication systems.
Learn MoreTerahertz Technology
Developing innovative passive and active devices operating in the THz gap for high-speed 6G/7G wireless communications and non-invasive medical imaging.
Learn MoreTopological Photonics
Exploring robust, backscattering-immune light transport in topologically protected photonic structures for fault-tolerant optical circuits and quantum computing.
Learn MoreBiomedical Applications
Applying metasurface and nanophotonic principles to enhance MRI performance, develop biosensors for early disease detection, and enable targeted drug delivery.
Learn MoreQuantum Optics
Investigating quantum phenomena in nanophotonic systems, including single-photon sources and entangled states, for secure communications and quantum information processing.
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